public override bool IsRepresentingSame(TreeNodeTag theTreeNodeTag)
{
bool isRepresentingSame = false;
ScriptFileTag theScriptFileTag = theTreeNodeTag as ScriptFileTag;
if (theScriptFileTag != null)
{
if ((theScriptFileTag._Session == _Session) && (theScriptFileTag._ScriptFileName == _ScriptFileName))
{
isRepresentingSame = true;
}
}
return(isRepresentingSame);
}
private void ExecuteDicomScriptInThread(ScriptFileTag theScriptFileTag)
{
string theResultsFileName = null;
Dvtk.Sessions.ScriptSession theScriptSession = (Dvtk.Sessions.ScriptSession)theScriptFileTag._Session;
// Determine the results file name.
theResultsFileName = ResultsFile.GetExpandedNameForScriptFile(theScriptSession, theScriptFileTag._ScriptFileName);
// Start the results gathering.
theScriptSession.StartResultsGathering(theResultsFileName);
// Perform the actual execution of the script.
AsyncCallback theExecuteScriptAsyncCallback = new AsyncCallback(this.ResultsFromExecutingScriptAsynchronously);
theScriptSession.BeginExecuteScript(theScriptFileTag._ScriptFileName, false, theExecuteScriptAsyncCallback);
}
public void ExecuteVisualBasicScriptInThread(ScriptFileTag theScriptFileTag)
{
_ScriptThread = new Thread (new ThreadStart (this.ExecuteVisualBasicScript));
_ScriptThread.Start();
}
public void UpdateScriptFileNode(TreeNode theScriptFileTreeNode, Dvtk.Sessions.Session theSession, string theScriptFileName, ArrayList theResultsFiles, bool isExecuting)
{
// Set the text on this script file tree node.
if (isExecuting)
{
theScriptFileTreeNode.Text = theScriptFileName + " (executing)";
}
else
{
theScriptFileTreeNode.Text = theScriptFileName;
}
// Set the tag for this script file tree node.
ScriptFileTag theScriptFileTag = new ScriptFileTag(theSession);
theScriptFileTag._ScriptFileName = theScriptFileName;
theScriptFileTreeNode.Tag = theScriptFileTag;
// Remove the old tree nodes that may be present under this script file tree node.
theScriptFileTreeNode.Nodes.Clear();
if (!isExecuting)
{
// For all result files that belong to this script file, create a sub node.
// The theResultsFiles object contains all results files that have not yet been added to
// already processed script file nodes.
ArrayList theResultsFilesForThisScriptFile = ResultsFile.GetNamesForScriptFile(theScriptFileName, theResultsFiles);
theResultsFiles = ResultsFile.FilterOutResultsFileNames(theResultsFiles, theResultsFilesForThisScriptFile);
foreach (string theResultsFile in theResultsFilesForThisScriptFile)
{
TreeNode theResultsFileTreeNode = new TreeNode();
theScriptFileTreeNode.Nodes.Add(theResultsFileTreeNode);
UpdateResultsFileNode(theResultsFileTreeNode, theSession, theResultsFile);
}
}
}
